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Cells near the apical meristem are generally undifferentiated and actively dividing, while cells far from the apical meristem are often differentiated and specialized for specific functions. This means that cells near the apical meristem are smaller in size and have thin cell walls, whereas cells far from the meristem are larger and more specialized in structure and function. Additionally, the cells near the apical meristem may have fewer organelles and vacuoles compared to those far from the meristem.
If the apical meristem is damaged or cut, it may result in a loss of apical dominance, leading to the activation of lateral buds and the development of multiple stems. This can cause changes in the plant's growth pattern and structure.
The apical meristem and the vascular cambium are the meristematic tissues present in the dicot stem. The apical meristem is responsible for primary growth, while the vascular cambium is responsible for secondary growth in the stem.
The surrounding layers of the plant, such as the epidermis and the endodermis, help protect the meristem. Additionally, the protective layer of cells called the calyptrogen covers the growing tip of the root to safeguard the root apical meristem.
The growing tip, the "apical meristem".
Cells near the apical meristem are generally undifferentiated and actively dividing, while cells far from the apical meristem are often differentiated and specialized for specific functions. This means that cells near the apical meristem are smaller in size and have thin cell walls, whereas cells far from the meristem are larger and more specialized in structure and function. Additionally, the cells near the apical meristem may have fewer organelles and vacuoles compared to those far from the meristem.
The main difference betweem root and shoot apical meristem is that in case of root apical meristem dermatogen and periblem fuses at apex and give rise to calyptrogen which is responsible for the formation of root cap
it is the big ones
If the apical meristem is damaged or cut, it may result in a loss of apical dominance, leading to the activation of lateral buds and the development of multiple stems. This can cause changes in the plant's growth pattern and structure.
apical meristem
Apical meristem
Meristem cells undergo multiple divisions for apical growth at the tips of stems. These cells are found in the shoot apical meristem and root apical meristem of plants, and continuously produce new cells for growth and development.
Apical meristem.
The apical meristem and the vascular cambium are the meristematic tissues present in the dicot stem. The apical meristem is responsible for primary growth, while the vascular cambium is responsible for secondary growth in the stem.
The surrounding layers of the plant, such as the epidermis and the endodermis, help protect the meristem. Additionally, the protective layer of cells called the calyptrogen covers the growing tip of the root to safeguard the root apical meristem.
The growing tip, the "apical meristem".
Apical meristem is found at the tip of the root and shoot and is made of cells that divide at a rapid pace. The apical meristem helps the plant to grow up above the soil and down into the ground. This growth is called primary growth.